东西问｜徐飞：中国三大国际科创中心如何成为全球创新“关键极”？

Core Viewpoint - The construction of three major international science and technology innovation centers in China—Beijing-Tianjin-Hebei, Yangtze River Delta, and Guangdong-Hong Kong-Macau Greater Bay Area—is a strategic choice to enhance global competitiveness and foster new productive forces, aiming to secure a leading position in future development [1][3]. Group 1: International Innovation Centers - Top international innovation centers serve as hubs for global innovation elements, sources of industrial transformation, and embodiments of national core competitiveness, as evidenced by Silicon Valley and Boston [3][6]. - The three chosen regions in China form a "golden triangle" for international science and technology innovation, leveraging their unique core advantages [3][5]. - Beijing, as the core of the Beijing-Tianjin-Hebei region, boasts the best research resources in China, with top universities and research institutions, ranking third in the GIHI2025 index [5][7]. Group 2: Regional Strengths - The Yangtze River Delta, centered in Shanghai, has a complete industrial system and competes in integrated circuits and biomedicine, ranking 10th globally in the GIHI2025 index [5][7]. - The Guangdong-Hong Kong-Macau Greater Bay Area utilizes its "one country, two systems" advantage to create a unique model of "Hong Kong-Macau R&D + mainland transformation," achieving leadership in 5G and new energy applications [5][7]. Group 3: Challenges and Opportunities - Despite significant advancements, China's three major innovation centers still face structural gaps compared to top global clusters like Silicon Valley and Boston, particularly in original innovation capabilities and high-end resource allocation [7][8]. - The need for enhanced original innovation capabilities, talent development mechanisms, and deeper integration of innovation and industrial chains is critical for future growth [8][9][11]. Group 4: Strategic Focus Areas - Strengthening original innovation capabilities by increasing investment in basic research and fostering long-term scientific exploration is essential [8]. - Transitioning from "policy-driven talent attraction" to "environment-driven talent aggregation" is necessary to build a robust local talent development system [8][9]. - Enhancing the integration of innovation and industrial chains to facilitate the conversion of research outcomes into competitive industrial advantages is crucial [9][11]. - Building an open and collaborative innovation ecosystem to improve global resource allocation and avoid homogeneous competition among regions is vital for the success of these innovation centers [11].